Stainless steel cartridges are designed to overcome the temperature and chemical compatibility limitations of fabric or synthetic fiber media. This will offers very high temperature resistance & can withstand high differential pressure. Stainless steel cartridges are offered in SS 304, SS 316, & SS 316 l material. These elements can be plain cylindrical or pleated configuration to increase filtration area. Normally all stainless steel pleated & cylindrical filters are supported with coarser filter media to ensure any direct damages to main filtering media under process upsets. A bubble point tests can be done to certify that no opening larger than the specified pore size exist in product joints or seams. No media migration due to stainless steel material. These elements can be back washed & reused.

TYPE OF FILTERS

• Stainless steel wire mesh type
• Stainless steel sintered metal type
• Stainless steel random fiber / Sintered metal fiber type Type Of Filter Design
• Plain cylindrical design
• Pleated configuration design

FEATURES & BENEFITS

• Stable pore shapes
• High permeability
• Low pressure drop
• High dirt-holding capacity (longer lifetime)
• High temperature resistance
• High differential pressure with stand capacity
• Strong corrosion resistant
• Back flushing
• Excellent mechanical strength
• No media migration
• Size customization

CONSTRUCTION OF SINTERED MATERIAL

The composite fiber material is then sintered together with a wire mesh under vacuum conditions and rolled to mats of a specific thickness. Stainless Cartridge can be wrought into tubes, cartridges or disks, plain, pleated or according to customer requests.

CONFIGURATION

• Double Open Type (DOE Type)
• Code 7 F (226 O Ring Design)
• Code 7 S (226 O Ring Design/flat)
• Code 3 F (222 O Ring Design)
• Code 3 S (222 O Ring Design/flat)
• 1” NPT / BSP Connection

APPLICATIONS

• Catalyst Recovery In Petrochemical / Chemical Industries
• Polymer Filtration
• Cross Flow Filtration
• Gas Filtration
• Analytical Devices
• Medical devices
• Oil Filtration
• Hot Gas Filtration
• Aerosol Application
• Fuel & Hydraulic Oil Filtration
• Gas – Liquid Separation
• R.O. Pre Filtration

Stainless steel cartridges are designed to overcome the temperature and chemical compatibility limitations of fabric or synthetic fiber media. This will offers very high temperature resistance & can withstand high differential pressure. Stainless steel cartridges are offered in SS 304, SS 316, & SS 316 l material. These elements can be plain cylindrical or pleated configuration to increase filtration area. Normally all stainless steel pleated & cylindrical filters are supported with coarser filter media to ensure any direct damages to main filtering media under process upsets. A bubble point tests can be done to certify that no opening larger than the specified pore size exist in product joints or seams. No media migration due to stainless steel material. These elements can be back washed & reused.

TYPE OF FILTERS

• Stainless steel wire mesh type
• Stainless steel sintered metal type
• Stainless steel random fiber / Sintered metal fiber type Type Of Filter Design
• Plain cylindrical design
• Pleated configuration design

FEATURES & BENEFITS

• Stable pore shapes
• High permeability
• Low pressure drop
• High dirt-holding capacity (longer lifetime)
• High temperature resistance
• High differential pressure with stand capacity
• Strong corrosion resistant
• Back flushing
• Excellent mechanical strength
• No media migration
• Size customization

CONSTRUCTION OF SINTERED MATERIAL

The composite fiber material is then sintered together with a wire mesh under vacuum conditions and rolled to mats of a specific thickness. Stainless Cartridge can be wrought into tubes, cartridges or disks, plain, pleated or according to customer requests.

CONFIGURATION

• Double Open Type (DOE Type)
• Code 7 F (226 O Ring Design)
• Code 7 S (226 O Ring Design/flat)
• Code 3 F (222 O Ring Design)
• Code 3 S (222 O Ring Design/flat)
• 1” NPT / BSP Connection

APPLICATIONS

• Catalyst Recovery In Petrochemical / Chemical Industries
• Polymer Filtration
• Cross Flow Filtration
• Gas Filtration
• Analytical Devices
• Medical devices
• Oil Filtration
• Hot Gas Filtration
• Aerosol Application
• Fuel & Hydraulic Oil Filtration
• Gas – Liquid Separation
• R.O. Pre Filtration